The overview discusses development of the unique fusion plasma diagnostics—Heavy Ion
Beam Probing (HIBP) in application to toroidal magnetic plasma devices. The basis of the …

A non-linear Grad–Shafranov toroidal equilibrium reconstruction code (MSTFit) has been
developed for the Madison Symmetric Torus. This is the first such code applied to the unique …

Abstract A Heavy Ion Beam Probe (HIBP) diagnostic system can offer non-disturbing, local
measurement of plasma electric potential and various plasma parameters. This paper …

Measurements of the radial electric field profile in magnetically confined plasmas have
yielded important new insights in the physics of LH transitions, edge biasing and/or the …

Heavy ion beam probes have been installed on a variety of toroidal devices, but the first and
only application on a reversed field pinch is the diagnostic on the Madison Symmetric Torus …

Measurement of the plasma potential in the core of MST marks both the first interior potential
measurements in an RFP, as well as the first measurements by a Heavy Ion Beam Probe …

The performance of many diagnostic and control systems within fusion and other fields of
research are often detrimentally affected by spurious noise signals. This is particularly true …

В работе представлены результаты экспериментального исследования электрического
потенциала плазмы тороидальных установок для магнитного удержания …

The trajectory of an ion beam as it passes through a magnetically confined plasma is
determined by the ion mass, energy, and charge state, and the magnetic field structure. In …

The heavy ion beam probe (HIBP) is an established nonperturbing diagnostic for high
spatially and temporary resolved measurements of magnetically confined plasma …